
Tungsten carbide inserts and TiC-reinforced composite elements for extreme wear conditions. WC-Co inserts achieve HRA 86-90, suitable for the most abrasive crushing and grinding applications.
Extreme hardness for HPGR roller studs and VSI rotor tips; 5-10x longer life than Cr26 in pure abrasion; requires carefu...
TiC ceramic inserts in Mn18 matrix; 2-3x wear life in abrasive conditions; ideal for hard rock cone crushing...

Polycrystalline diamond (PCD) elements for specialized mining applications. PCD provides the highest hardness and wear resistance available, used in geological drilling and extreme-wear cutting tools.
Extreme hardness for HPGR roller studs and VSI rotor tips; 5-10x longer life than Cr26 in pure abrasion; requires carefu...

Sizing rings and segments for mineral sizers. TiC-reinforced Mn18Cr2 matrix provides 2-3x longer life than conventional manganese steel in abrasive coal and mineral sizing applications.
TiC ceramic inserts in Mn18 matrix; 2-3x wear life in abrasive conditions; ideal for hard rock cone crushing...
Extreme hardness for HPGR roller studs and VSI rotor tips; 5-10x longer life than Cr26 in pure abrasion; requires carefu...
| Models | C | Si | Mn | Cr | TiC | Mo |
|---|---|---|---|---|---|---|
| Mn18Cr2+TiC | 1.05-1.35 | ≤1.0 | 16.0-19.0 | 1.5-2.5 | 8-15 vol% | — |
TiC ceramic inserts in Mn18 matrix; 2-3x wear life in abrasive conditions; ideal for hard rock cone crushing
| Models | WC | Co | Other |
|---|---|---|---|
| WC-Co Cemented Carbide | 84-89% | 11-16% | ≤1% |
Extreme hardness for HPGR roller studs and VSI rotor tips; 5-10x longer life than Cr26 in pure abrasion; requires careful installation to avoid thermal shock
